This　paper　presents　the　circuit　configuration,　topological　family　and　the　master-slave　power　energy　management　phase-shifting　control　strategy　for　multi-winding　simultaneously-supplying　DC-DC　converter　mode　multi-input　inverter.　Meanwhile,　this　paper　also　investigates　the　control　strategy,　steady　principle　and　design　criteria　of　the　main　circuit　parameters.　This　circuit　configuration　is　composed　of　a　Boost　multi-winding　DC-DC　converter　and　a　cascaded　Buck　type　inverter,　while　the　master-slave　power　energy　management　means　the　maximum　powers　of　1st,　2nd,…,　(n-1)th　input　sources　and　the　insufficient　load　power　of　nth　source　supplements.　The　simulation　and　experimental　results　of　the　1　000V·A　DC-AC　full-bridge　multi-input　inverter　have　shown　that　the　proposed　converter　has　the　advantages　such　as　input/output　isolation　and　input/input　isolation,　strong　voltage　matching　ability,　high　power　density,　simultaneous　power　supply　by　multiple　input　sources　in　a　high-frequency　switching　cycle,　wide　regulating　range　of　duty　cycle,　and　smooth　transition　among　different　operating　modes,　etc.　©　2017,　The　editorial　office　of　Transaction　of　China　Electrotechnical　Society.　All　right　reserved.